Project #2 Given a series of silent high-speed images, write a program to extract audio from the images. Example (1) An example written in C++ has been given in Lecture #7. (2) Solution LoadBitmap has two useful functions: GetImageDataFromBmpFile writeWAVData Instead of copying the relevant code of Solution LoadBitmap into your program, you can directly use the following three files in your project: LoadBmp.h LoadBitmap.lib LoadBitmap.dll The first two files are necessary for using functions GetImageDataFromBmpFile and writeWAVData, and they should be included in your solution. The last file is necessary for running your program, and you need to put it in the same folder of your executable file. (3) The sample code, OnToolsRuntest() in Lecture_7_1.cpp, uses hard code and a very simple method to extract audio. You should write a program that can get audio information from the silent images with higher quality and faster speed. (4) Loading a large number of images can takes long time, so the time spent on image loading is not considered when we calculate the processing speed. Image Sets There are three image sets for testing. They can be downloaded at https://www.dropbox.com/sh/jr6tkptpapo4c48/AABiGAcrx7AgoZ733KG7YuEya?dl=0 Please note that you can download the files from Dropbox without creating an account and/or signing in.

Programming and Software Tools in Mechanical Engineering .

Project #2
Given a series of silent high-speed images, write a program to extract audio from the
images.

Example
(1) An example written in C++ has been given in Lecture #7.
(2) Solution LoadBitmap has two useful functions:
GetImageDataFromBmpFile
writeWAVData
Instead of copying the relevant code of Solution LoadBitmap into your program, you can
directly use the following three files in your project:
LoadBmp.h
LoadBitmap.lib
LoadBitmap.dll
The first two files are necessary for using functions GetImageDataFromBmpFile and
writeWAVData, and they should be included in your solution. The last file is necessary
for running your program, and you need to put it in the same folder of your executable
file.
(3) The sample code, OnToolsRuntest() in Lecture_7_1.cpp, uses hard code and a very
simple method to extract audio. You should write a program that can get audio
information from the silent images with higher quality and faster speed.
(4) Loading a large number of images can takes long time, so the time spent on image
loading is not considered when we calculate the processing speed.

Image Sets
There are three image sets for testing.  They can be downloaded at
https://www.dropbox.com/sh/jr6tkptpapo4c48/AABiGAcrx7AgoZ733KG7YuEya?dl=0
Please note that you can download the files from Dropbox without creating an account
and/or signing in.

Programming and Software Tools in Mechanical Engineering .

Project #2
Given a series of silent high-speed images, write a program to extract audio from the
images.

Example
(1) An example written in C++ has been given in Lecture #7.
(2) Solution LoadBitmap has two useful functions:
GetImageDataFromBmpFile
writeWAVData
Instead of copying the relevant code of Solution LoadBitmap into your program, you can
directly use the following three files in your project:
LoadBmp.h
LoadBitmap.lib
LoadBitmap.dll
The first two files are necessary for using functions GetImageDataFromBmpFile and
writeWAVData, and they should be included in your solution. The last file is necessary
for running your program, and you need to put it in the same folder of your executable
file.
(3) The sample code, OnToolsRuntest() in Lecture_7_1.cpp, uses hard code and a very
simple method to extract audio. You should write a program that can get audio
information from the silent images with higher quality and faster speed.
(4) Loading a large number of images can takes long time, so the time spent on image
loading is not considered when we calculate the processing speed.

Image Sets
There are three image sets for testing.  They can be downloaded at
https://www.dropbox.com/sh/jr6tkptpapo4c48/AABiGAcrx7AgoZ733KG7YuEya?dl=0
Please note that you can download the files from Dropbox without creating an account
and/or signing in.